# Courses

## Courses in the academic year 2016/17

1 in parenthesis means first semester (October-January), 2 means second semester (February-June)- Analysis:
- Introduction to Functional Analysis (2), Partial Differential Equations (2), Analytical Mechanics (1)
- Algebra and discrete mathematics:
- Non-Commutative Algebra (1), Graph Theory (1), Topics in Discrete Mathematics (1)
- Geometry and topology:
- Algebraic Topology 1 (2), Introduction to Algebraic Geometry (1), Differential Geometry (1)
- Numerical mathematics:
- Computer Aided (Geometric) Design (2), Numerical Integration and Ordinary Differential Equations (1), Numerical Methods for Linear Control Systems (2)
- Probability, statistics and financial mathematics:
- Probability 2 (1), Financial Mathematics 2 (1), Actuarial Mathematics: Life Insurance (2), Topics in Game Theory (2), Financial Mathematics 3: Interest Rate Models (2), Optimisation in Finance (1)
- Computer science and mathematics:
- Computational Geometry (2), Mathematics with Computers (2), Topics in Computer Science (2), Computability Theory (1), Symbolic Computation (1)
- Other:
- Astronomy (1 and 2), Modern Physics (2), Mathematical Models in Biology (2)

## Courses in the academic year 2015/16

- Analysis:
- Measure Theory, Dynamical Systems, Complex Analysis, Fluid Mechanics*
- Algebra and discrete mathematics:
- Order Structures*, Combinatorics, Applied Discrete Mathematics, Logic
- Geometry and topology:
- Algebraic Topology 2, Convexity, Lie Groups
- Numerical mathematics:
- Numerical Approximation and Interpolation, Iterative Numerical Methods in Linear Algebra, Numerical Solutions of Partial Differential Equations
- Probability, statistics and financial mathematics:
- Probability 2, Financial Mathematics 2, Statistics 2, Topics in Financial Mathematics 1, Actuarial Mathematics (Non-Life Insurance), Time Series
- Computer science and mathematics:
- Alternative Computing Models, Data Mining and Machine Learning, Complexity, Theory of Programming Languages, Logic in Computer Science, Probability Methods in Computer Science
- Other:
- Modern Physics
- Faculty of Computer and Information Science courses (for Computer Science and Mathematics students)
- Current Research Topics (Introduction to Network Analysis), Current Research Topics (Mobile and Ubiquitous Computing), Current Research Topics (Modelling and Simulation of Group Behaviour/Computer Science Methods in Synthetic and System Biology), Current Research Topics (Algorithm Engineering/Semirings and Their Applications in Computer Science), Current Research Topics (Advanced Methods in Computer Vision), Current Research Topics (Software-Defined Wireless Systems), Current Research Topics (Applied Bayesian Statistics), Digital Signal Processing, Information Security and Privacy, Interaction and Information Design, Topics in Computer and Information Science (Tools for Large Database Analysis), Computability and Computational Complexity, Unconventional Computing, Biomedical Signal and Image Processing, Data Mining, Digital Forensics, Computer-Based Sound Production, Computer Systems, Modern Software Development Methods, Machine Learning, Theory of Programming Languages, Artificial Intelligence, Introduction to Bioinformatics
- Faculty of Economics courses (for Financial Mathematics students)
- Taxes and Tax Harmonisation in EU, Econometrics 2, Labour Market Economics, Economic Policy of EU, Financial Analysis 2, Financial Economics, Public Finance, Quantitative Behavioural Finance, Macroeconomics 3, Management of Financial Institutions 2, International Finance 2, Microeconomics 3, Asset Pricing Models, Risk Management, Business Finance 2, Theory of Information and Contracts in Finance

* Courses marked with an asterisk offered as reading courses.

## All courses

Courses written **in red** are offered at least once every two years.

- Analysis:
**Measure Theory**,**Introduction to Functional Analysis**, Functional Analysis, Introduction to C*-algebras, Operator Theory, Introduction to Harmonic Analysis, Special Functions,**Partial Differential Equations**,**Complex Analysis**, Analytical Mechanics, Continuum Mechanics, Fluid Mechanics, Mechanics of Deformable Solids, Dynamical Systems, Mathematics in Industry- Algebra and discrete mathematics:
**Commutative Algebra**,**Non-Commutative Algebra**, Non-Associative Algebra, Order Structures, Theory of Groups and Subgroups, Number Theory,**Combinatorics**,**Graph Theory**, Cardinal Arithmetic, Topics in Discrete Mathematics 1, Topics in Discrete Mathematics 2, Applied Discrete Mathematics, Logic- Geometry and topology:
**Analysis on Manifolds**, Introduction to Algebraic Geometry, Convexity,**Algebraic Topology 1**, Algebraic Topology 2, Differential Geometry, Lie Groups, Riemann Surfaces- Numerical mathematics:
- Numerical Integration and Ordinary Differential Equations,
Numerical Solutions of Partial Differential Equations, Iterative
Numerical Methods in Linear Algebra,
**Computer Aided (Geometric) Design**,**Numerical Approximation and Interpolation**, Numerical Methods for Linear Control Systems - Probability, statistics and financial mathematics:
**Probability 2**,**Statistics 2**, Bayesian Statistics,**Financial Mathematics 2**, Econometrics, Stochastic Processes 2, Stochastic Processes 3,**Actuarial Mathematics**, Modelling with Stochastic Processes, Topics in Game Theory, Topics in Financial Mathematics 1, Topics in Financial Mathematics 2, Optimisation in Finance, Time Series, Riesz Spaces in Financial Mathematics, Numerical Methods in Financial Mathematics, Financial Mathematics 3- Computer science and mathematics:
**Mathematics with Computers**, Computability Theory, Computational Complexity, Topics in Computer Science, Topics in Optimisation, Optimisation 2, Data Structures and Algorithms 3, Alternative Computing Models, Data Mining and Machine Learning, Complexity, Theory of Programming Languages,**Logic in Computer Science**,**Probabilistic Methods in Computer Science**, Data Analysis and Visualisation, Computational Topology,**Computational Geometry**, Symbolic Computation, Cryptography and Computer Security, Coding Theory and Cryptography 2- Other:
**Astronomy**, Theoretical Physics,**Modern Physics**,**Mathematical Models in Biology**- Faculty of Computer and Information Science courses (for Computer Science and Mathematics students)
- Current Research Topics, Digital Signal Processing, Information Security and Privacy, Interaction and Information Design, Topics in Computer and Information Science, Computability and Computational Complexity, Soft Computing and Natural Algorithms, Unconventional Computing, Biomedical Signal and Image Processing, Data Mining, Teaching Algorithmic Thinking, Digital Forensics, Computer-Based Sound Production, Cloud Computing, Computer Systems, Modern Software Development Methods, Web Information Extraction and Retrieval, Machine Learning, Theory of Programming Languages, Artificial Intelligence, Introduction to Bioinformatics, Perception in Cognitive Systems
- Faculty of Economics courses (for Financial Mathematics students)
- Taxes and Tax Harmonisation in EU, Econometrics 2, Econometrics of Time Series and Panel Data, Labour Market Economics, Economic integrations and EU, Economic Policy of EU, Financial Analysis 2, Financial Economics, Public Finance, Quantitative Behavioural Finance, Macroeconomics 3, Management of Financial Institutions 2, International Finance 2, Microeconomics 3, Models of Monetary Policy, Asset Pricing Models, Risk Management, Business Finance 2, General Insurance, Theory of Financial Brokerage, Theory of Information and Contracts in Finance, Asset and Liability Management, Insurance Finance, Merges and Acquisitions, Life and Retirement Insurance